working principle
  The material enters the machine from the feeding inlet. Under the action of vibration force, the material is thrown along the horizontal fluidized bed and moves forward continuously. After the hot air passes upwards through the fluidized bed and exchanges heat with the wet material, the wet air is removed by the cyclone separator and then exhausted by the exhaust air 1:3. Dry materials are discharged from the discharge inlet.

schematic structural diagram

Adapt materials
   It is suitable for drying and cooling of powdery and granular materials in chemical, pharmaceutical, food, dehydrated vegetable, grain, mineral and other industries. Such as: citric acid, monosodium glutamate, borax, ammonium sulfate, compound fertilizer, radish, silk, soybean meal, distillers 'grains, seeds, slag, granulated sugar, etc.
performance characteristics
◎ The vibration source is driven by a vibration motor, which runs smoothly, is easy to maintain, has low noise and long life.
◎ The fluidization is evenly proportioned, without dead spaces and blow-through phenomena, allowing uniform drying and cooling of the product.
◎ Good adjustability and wide application area. The thickness of the material layer, the moving speed in the machine and the full amplitude changes can be adjusted steplessly.
◎ Less damage to the surface of the material. Can be used for drying fragile materials, and the working effect will not be affected when the material particles are irregular.
◎ Adopt a fully enclosed structure. Cross-infection between materials and air is effectively prevented, and the working environment is clean.
◎ High mechanical efficiency and thermal efficiency, good energy-saving effect, saving 30 - 60% energy compared with general drying devices.

technical specifications

★ The above evaporation amount is ^large evaporation amount.